Advances in Heat Pipe Technology. Proceedings of the IVth International Heat Pipe Conference, 7–10 September 1981, London, UK

Content: 
Other Pergamon Titles of Interest, Page ii
Front Matter, Page iii
Copyright, Page iv
IV International Heat Pipe Conference, Page v
Introduction, Page vi, D.A. Reay
Test of a Horizontal Heat Pipe Deicing Panel for use on Marine Vessels, Pages 3-10, S. Matsuda, G. Miskolczy, M. Okihara, T. Okihara, M. Kanamori, N. Hamada
Snow Melting Using Heat Pipes, Pages 11-23, O. Tanaka, H. Yamakage, T. Ogushi, M. Murakami, Y. Tanaka
Application of Heat Pipe to Audio Amplifier, Pages 25-36, T. Osakabe, T. Murase, T. Koizumi, S. Ishida
Progress on Gas Controlled Heat Pipe Precision Furnaces for Temperatures up to 1100°C, Pages 37-46, C. Bassani, F. Geiger, G. Sciamanna
Heat Pipes in Solar Collectors, Pages 47-54, R. Bairamov, K. Toiliev
Heat Pipe Liners for Materials Processing Furnaces, Pages 55-62, Y. Kamotani
Heat Transfer Studies for Heat Pipe Cooling and Freezing of Ground, Pages 63-71, L.L. Vasiliev, S.L. Vaaz, L.P. Grakovich, V.M. Sedelkin
New Heat Pipe Applications, Pages 73-86, O. Brost, M. Groll, H. Nguyen-Chi
Performance Characteristics of Gravity-Assisted Aluminum Extruded Heat Pipes, Pages 89-94, I.C. Bilegan, D. Fetcu
Investigation of Heat Transfer Characteristics of a Two-Phase Closed Thermosyphon, Pages 95-104, M. Shiraishi, K. Kikuchi, T. Yamanishi
Natural Convection of Two-Phase Boiling Mixture in the Thermosyphon Investigation, Pages 105-113, G.A. Savchenkov, I.G. Chumak, T. Shulavsky
Study of Hydrodynamic Characteristics of Two-Phase Flow in Closed Thermosiphons, Pages 115-123, M.K. Bezrodnyi, S.S. Volkov
The Influence of the Inclination Angle on the Performance of a Closed Two-Phase Thermosyphon, Pages 125-136, E. Hahne, U. Gross
Performance Limits of Gravity-Assist Heat Pipes with Simple Wick Structures, Pages 137-146, F. Coyne Prenger Jr., J.E. Kemme
Entrainment or Flooding Limit in a Closed Two-Phase Thermosyphon, Pages 147-162, H. Nguyen-Chi, M. Groll
Laminar Film Condensation Heat Transfer in Closed Two-Phase Thermosyphons, Pages 163-173, Th. Spendel
An Experimental Study of the Temperature Profiles and Heat Transfer Coefficients in a Heat Pipe for a Heat Exchanger, Pages 177-191, B.S. Larkin
Heat Recovery in Vertical Systems, Pages 193-199, H. Hettwer, H.-H. Bath
Heat Transfer Effectiveness of Heat Pipes, Pages 201-211, R. Peretz
Heat Pipe Waste Heat Recovery Boilers, Pages 213-224, D.A. Littwin, J. McCurley
Performance of Revolving Heat Pipes and Application to a Rotary Heat Exchanger, Pages 225-234, J. Niekawa, K. Matsumoto, T. Koizumi, K. Hasegawa, H. Kaneko, Y. Mizoguchi
Use of Waste Water Heat for Supply Water Heating by Use of Heat Pipe Diodes, Pages 235-244, P. Behrmann, H. Häfner, L. Speitkamp
Heat Pipe Development for High Temperature Recuperator Application, Pages 245-257, M. Merrigan, W. Dunwoody, L. Lundberg
The Mechanism of the Start-Up of High Temperature Heat Pipes, Pages 261-277, V.I. Makarov, A.G. Tomashevski, E.N. Shevchuk
Correlating Equations for the Properties of Metal-Felt Wicks, Pages 279-288, A. Acton
Transient Heat Pipe Operation in the Near-Critical Region, Pages 289-296, G.T. Colwell
Theory of the Axial Dry-Out Heat Flux of Gravity-Assist Heat Pipes with Capillary Flow, Pages 297-312, C.A. Busse
Thermodynamic Analysis of Heat Pipe Operation, Pages 313-325, L.L. Vasiliev, S.V. Konev
Fluiddynamical Study of a Heat Pipe Provided with a Liquid Pumping System, Pages 327-335, H. Masumoto, K. Oshima
Low-Temperature Axially Grooved Heat Pipes, Pages 337-348, L.L. Vasiliev, L.P. Grakovich, D.K. Khrustalev
Combined Liquid Vapor Flow in Cylindrical Heat Pipes with Modified Internal Geometry, Pages 349-358, K.A.R. Ismail, N. Murcia
Uniaxial Model for Gas-Loaded Variable Conductance Heat Pipe Performance in the Inertial Flow Regime, Pages 359-372, A.A.M. Delil, J. van der Vooren
Some Peculiarities of Vaporization Process in a Single Cell of the Heat Pipe Wick, Pages 375-388, V.I. Tolubinsky, V.A. Antonenko, A.A. Kriveshko, G.R. Kudritsky, Ju.N. Ostrovsky
Study on Life of Sodium Heat Pipe, Pages 389-398, T. Yamamoto, Y. Tanaka, M. Sasaki, H. Hatori
Oxygen Analysis of Liquid Metal Heat Pipes by Neutron Activation Analysis, Pages 399-404, T.R. Lamp
Investigation of Vaporization in Screen Wick-Capillary Structures, Pages 405-413, G.F. Smirnov, B.A. Afanasiev
Experimental Pressure Profiles Along the Vapor Channel of a Flat-Plate Heat Pipe, Pages 415-426, H. van Ooijen, C.J. Hoogendoorn
Thermophysical Properties of Sulfur-Iodine Binary System as a Promising Heat Transfer Medium for Heat Pipes, Page 427, D.L. Timrot, M.A. Serednitskaya, A.N. Medveditskov, S. Traktueva
Thermophysical Properties of Sulfur-Iodine Binary System as a Promising Heat Transfer Medium for Heat Pipes, Pages 429-437, D.L. Timrot, M.A. Serednitskaya, A.N. Medveditskov, S. Traktueva
The Compatibility of Mild Carbon Steel and Water in a Heat Pipe Application, Pages 439-450, K.T. Feldman Jr., D.D. Kenney
Reflux Condensation Characteristics of a Two-Phase Closed Thermosyphon, Pages 451-458, W.K. Ho, C.L. Tien
Lifetest Investigations with Stainless Steel/Water Heat Pipes, Pages 459-476, W.D. Münzel, H. Krähling
Arterial Wick Heat Pipe Experiment Aboard Rohini Sounding Rocket RH-560, Pages 479-491, P.P. Gupta, M.L. Ramalingam, A.K. Ramani, H.N. Murthy
Thermal Interaction Between a Heat Pipe Radiator and a Coolant Fluid Header, Pages 493-503, R.D. Karam, H. Hwangbo
Optimization of a Heat Pipe Radiator for Spacecraft High-Power TWTAs, Pages 505-516, W.H. Kelly, J.H. Reisenweber Jr.
Behavior of Axially Grooved Heat Pipe Aboard a Rocket, Pages 517-523, M. Murakami, T. Hayashi, T. Machida, S. Kato, T. Hasui, Y. Matsufji
Thermal Management of Instruments on Space Platforms using a High Capacity Two-Phase Heat Transport System, Pages 525-530, S. Ollendorf, A. Fowle, D. Almgren
Probabilistic Approach and Optimization for Spacecraft Heat Pipe Radiator Design, Pages 531-541, L. Bussolino, A. Cappelli, R. Gily
Problems Associated with Thermal Testing of Large Heat Pipe Systems for Space Application, Pages 543-560, R. Schlitt, U. Laux, R. Meyer
Heat Pipe Development for the SPAR Space Power System, Pages 561-574, W.A. Ranken
Performance Predictions and Measurements for Space Power System Heat Pipes, Pages 575-588, F. Coyne Prenger Jr.
Transient Performance of Gas-Loaded, Variable Conductance Heat Pipes with a Hot Reservoir, Pages 589-600, H. Kimura, H. Itagaki, Y. Sakurai
The OAO Heat Pipes: 8½ Years of Flight Data, Pages 601-618, W. Harwell, R. McIntosh
Investigation of a Variable Conductance Heat Pipe as a Gas Diode, Pages 619-639, C.J. Savage, J.P. Mathieu
Large Scale EHD Heat Pipe Experiments, Pages 643-650, K. Kikuchi, T. Taketani, M. Shiraishi, T. Yamanishi
Composite Wick Heat Pipes, Pages 651-662, T. Ogushi, Y. Sakurai
Heat Transfer Characteristics and Constructive Peculiarities of Heat Pipes Utilizing the Effect of Electric Fields, Pages 663-672, V.D. Shkilyev, M.K. Bologa
Device for Passive Downward Heat Transport: Design Criteria and Operational Results, Pages 673-683, G. De Beni, R. Friesen, H. Thoma, R. Veneroni
Performance of Improved Superfluid Heat Pipe, Pages 685-692, M. Murakami, N. Nakaniwa
A Review of Heat Pipe Liquid Delivery Concepts, Pages 693-702, C.C. Roberts Jr.
A Deformable Body Variable Conductance Heat Pipe, Pages 703-708, C.C. Roberts Jr.
The Development of Economical Rotating Heat Pipes, Pages 709-724, R. Marto, H. Weigel
Heat Transfer Characteristics of Disk-Shaped Rotating, Wickless Heat Pipe, Pages 725-733, S. Maezawa, Y. Suzuki, A. Tsuchida
Application of Osmotic Heat Pipes to Thermal-Electric Power Generation Systems, Pages 735-743, C.P. Minning, A. Basiulis
Heat Pipe Dry Cooling for Electrical Generating Stations, Pages 745-758, A.S. Robertson, E.C. Cady
Gravity Heat Pipes as Geothermal Convectors, Pages 759-766, M. Cannaviello, C. Casarosa, E. Latrofa, L. Martorano, F. Reale
Heat Pipe Cooling in Computer Electronics, Pages 767-779, V. Zbořil
Boiling Limits of Heat Pipes with Intensive Face Heating, Pages 781-795, J. Schneller, F. Poláŝek, P. Ŝtulc, L. Horváth, A. Kratochvil
Thermal Canisters for IPS Mounted Payloads, Pages 797-809, W. Harwell, R. Haslett, S. Ollendorff
Errata, Page 811
Author Index, Pages 813-814
Subject Index, Pages 815-818